What are these crazy wildly spinning "atoms" what is see with my eyes?

Is there any scientific explanation to this? Whenever I watch a morning sky for example, I see these wildly spinning atoms. There are many of them and
they move very disorderly. Some move slower and some faster, and some make sudden changes of speed or movement, like a sudden circle or something.

I cannot see them in my eyes right now, but only when I concentrate to something which has light. For example a sky.

Does anybody else see these? Are these only some molecules/cells in my eyes? I have long wanted to ask for this.

I have heard them referred to as "floaties" and they appear due to light or sometimes just "disfocus". From what I understand, it is just crap
floating around on your eye-balls. It is pretty natural though, I get them sometimes and have talked to other people who get them randomly as well.

I have heard them referred to as "floaties" and they appear due to light or sometimes just "disfocus". From what I understand, it is just crap
floating around on your eye-balls. It is pretty natural though, I get them sometimes and have talked to other people who get them randomly as well.

Yeah could be, at least that is the best explanation yet. It is really easy to see them. I just watch the sky and "focus" and boom, there they are.
Wildly flying floaties

It seems though that they move at a same speed and movement, whether I am inside or outside??? If it would be crap, wouldnt it move faster outside?

Also it almost seems that these are inside my eye lol. Thats why I wonderer if they are some cells inside my eye.

Actually a very interesting question. Didn't know anyone else noticed this but myself. It's one of those questions that nobody seems to ask or
notice.
I have seen it/see it as well, when I think about it. And not only in the sky but anywhere.
It's like a static snowy screen on a television set, except much more microscopic and subtle little dots compacted tightly together, swarming around.
I don't think many people have noticed it or picked up on it as there doesn't seem to be discussion on it ever, online or anywhere else.
I skeptically wondered if they could really be air molecules that I was seeing. But of course science would tell us that those are not visible to the
naked eye.

They DON'T look like this, do they. These are called "floaters" or "worms" and are common especially in sunlight exposure

What you are talking about is much different, right? I know what it looks like but cannot find an image for it.

I'll say when I first discovered I had high blood pressure (remarkably high back then) on the truck, the doctor I went to had asked me if I saw
visual artifacts like you're describing. I hadn't, but I can induce that by just holding my eyes shut for 30 seconds or so with real light pressure
on the outside of the eyelids with my palms. Open my eyes, and it's a few seconds of that.

Anyway... the questions the doc asked seemed to indicate blood pressure could also generate it, but not constant and bright daylight had been the
context she was asking. If that helps any?

I was actually looked into if that was the cause and that's how I ultimately found out about the optical effect taking place. Though certain analogs
of neurotransmitters do make you more aware and take notice of the things going on around you.

Originally posted by unb3k44n7
They DON'T look like this, do they. These are called "floaters" or "worms" and are common especially in sunlight exposure

I see couple of those myself too when I concenctrate. And these are definetely inside my eye because they follow my eye movement. They look the same
as in picture but are dark. Luckily they dont disturb me unless I concentrate on them.

But yeah the wildly spinning things, they are like small white dots and there are like hundreds of them, moving very wildly.

edit on 12-5-2013
by RhinestoneCowboy because: (no reason given)

Scheerer's phenomenon (after the German ophthalmologist Richard Scheerer, who first drew clinical attention to it in 1924[1]) is the appearance of
tiny bright dots (nicknamed blue-sky sprites) moving quickly along squiggly lines in the visual field, especially when looking into bright blue light
such as the sky.[2] The dots are short-lived, visible for a second or less, and traveling short distances along seemingly random, curvy paths. Some of
them follow the same path as predecessors. The dots may be elongated along the path like tiny worms. The dots appear in the central field of view,
within 10 to 15 degrees from the fixation point.[3] The left and right eye see different dots; someone looking with both eyes sees a mixture.

It's diffuse light of a single color that makes them stand out. I know this sounds weird but the first time I saw them was from looking at the snow
in my yard. Even though they were the same color as the background I could still clearly distinguish them and watch their path. That's why I thought
it wasn't an optical effect.

google "visual snow" (named after the static you see on an old badly tuned television).

There is one big group on the internet that is doing research about this, they work with a german neurologist named Klaus Podol. Research is going
slow though since they can't seem to get the funding for it.

Floaters are fairly large, usually, have odd persistent shapes and do move around in the eye over time. The fluid in the eye is fairly viscous so the
relocation will be over hours or days usually. The other phenomena are blood cells moving along the arteries (or veins) in the eye. If you see them
and hold still and concentrate on them, you may see that they follow specific paths.

The easiest fix is sunglasses.

Another thing you might notice if you look for it is that your eyes probably see slightly different colors -- most noticeable as one eye seeing
slightly warmer colors than the other if you alternate looking through each eye. To make this more noticeable, look at a pure white sheet of paper in
semi-bright light -- alternating eyes. The paper should probably be slanted a little so your aren't seeing glare. We generally don't notice this
effect, but there is no reason at all to expect your eyes to have exactly the same number of rods and cones in them nor equal numbers and distribution
of the specific proteins which allow us to see color. Uneven distribution is also tue for your other senses, but you will need to pay close
attention.

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